DESIGN AND IMPLEMENTATION OF FORMAL ANALYSIS OF DDML
Abstract:
The Design and Implementation of Formal Analysis of DDML (Domain-specific Design Modeling Language) is a study focused on developing a rigorous approach for analyzing and validating the correctness of DDML models. DDML is a specialized language used for describing and representing design models in various domains.
This research aims to address the need for formal analysis techniques that can ensure the accuracy, consistency, and reliability of DDML models. The study proposes a framework that leverages formal methods to analyze and verify the properties of DDML models, thereby enhancing the quality of the design artifacts produced using DDML.
The research methodology involves the following steps:
Understanding the syntax and semantics of DDML: This step involves a thorough analysis of the language constructs, rules, and constraints defined by DDML. It aims to establish a clear understanding of the language’s structure and behavior.
Formal specification of DDML semantics: The next step is to develop a precise formal specification of the semantics of DDML. This specification will serve as the basis for subsequent formal analysis activities.
Model checking and verification: Leveraging formal methods such as model checking, the proposed framework will perform exhaustive analysis of DDML models to detect potential errors, inconsistencies, and violations of specified properties. Model checking algorithms will be employed to explore all possible system states and verify that the models conform to the desired properties.
Error diagnosis and correction: In case errors or violations are detected during the analysis phase, the framework will provide diagnostic information to facilitate the identification and correction of the issues. This step aims to improve the accuracy and reliability of the DDML models.
Tool implementation: Finally, a software tool will be developed to automate the formal analysis process. The tool will provide an intuitive interface for users to specify DDML models, perform analysis, and interpret the results.
The expected outcomes of this research include a comprehensive understanding of DDML semantics, a framework for formal analysis, and an automated tool to support the analysis process. By applying formal analysis techniques to DDML models, this study aims to enhance the quality of design artifacts, reduce potential design flaws, and provide a solid foundation for dependable system development in various domains.
Keywords: DDML, formal analysis, model checking, semantics, design modeling language.
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